The history of the biro

Questions 1-6
The reading passage has six paragraphs A-F.

Choose the most suitable heading for each paragraph from the list of headings below.

Write the correct number i-ix in your answer sheet.

List of Headings

i. Fountain pens are history.

ii. Fame at last for the Biro brothers.
iii. A holiday helps bring the biro to America.
iv. A second design and a new country.
v. War halts progress.
vi. Dissatisfaction leads to a new invention.
vii. Big claims bring big crowds.
viii. A government request brings a change of ownership.
ix. Many patents and many problems.

1 Paragraph A

2 Paragraph B
3 Paragraph C
4 Paragraph D
5 Paragraph E
6 Paragraph F
Questions 7-9
Choose the correct answer, A, B, C or D and write in your answer sheet from 7-9

7. The problem with the ballpoint pens invented between 1888 and 1935 was that

A. they cost a great deal of money to manufacture.
B. the technology to manufacture them did not exist.
C. they could not write on ordinary paper:
D. they were affected by weather conditions.

8. The design of the Biro brothers' first pen

A. was similar to previous pens.
B. was based on capillary action,
C. worked with heavy or light inks.
D. worked when slanted slightly.

9. Milton Reynolds was able to copy the Biro brothers' design because

A. the Biro brothers' original patent was out of date.
B. it was legal to copy other designs at the time.
C. they did not have a patent for North America.
D. the Biro brothers gave him permission.
Questions 10-12
Answer the questions below using NO MORE THAN TWO WORDS AND/OR A NUMBER for each answer.

Write your answers from 10-12 in your answer sheet

10. What material was the first ballpoint pen designed to write on? _____________
11. Where did the Biro brothers open their first factory? _____________
12. In what year did the first American biro factory begin production? ____________

Endangered chocolate

1. 
   The cacao tree, once native to the equatorial American forest, has some exotic traits for a plant. Slender and shrubby, the cacao has adapted to life close to the leaf littered forest floor. Its large leaves droop down. Away from the sun. Cacao doesn’t flower, as most plants do at the tips of its outer and uppermost branches. Instead. Its sweet white buds hang from the trunk and along a few Fat branches which form where leaves drop off. These tiny Flowers transform into pulp-filled pods almost the size of rugby balls. The low-hanging pods contain the bitter-tasting magical seeds.
   
2. 
   
3. 
   Somehow, more than 2,000 years ago. Ancient humans in Mesoamerica discovered the secret of these beans. If you scoop them from the pod with their pulp. Let them ferment and dry in the sun, then roast them over a gentle fire, something extraordinary happens: they become chocolaty. And if you then grind and press the beans, which are half-cocoa butter or more, you will obtain a rich crumbly. Chestnut brown paste – chocolate at its most pure and simple.
   
4. 
   

C. The Maya and Aztecs revered this chocolate, which they Frothed up with water and spices to make bracing concoctions. It was an edible treasure, offered up to their gods, used as money and hoarded like gold. Long after Spanish explorers introduced the beverage to Europe in the sixteenth century. Chocolate retained an aura of aristocratic luxury. In 1753. The Swedish botanist Carolus Linnaeus gave the cacao tree genus the name Theobroma. Which means ‘food of the gods’,

5. 
   In the last 200 years, the bean has been thoroughly democratized – transformed from an elite drink into ubiquitous candy bars, cocoa powders and confections. Today chocolate is becoming more popular worldwide, with new markets opening up in Eastern Europe and Asia. This is both good news and bad because. Although farmers are producing record numbers of the cacao bean, this is not enough, some researchers worry, to keep pace with global demand. Cacao is also facing some alarming problems.
   
6. 
   

E. Philippe Petithuguenin, head of the cacao program at the Centre For International Cooperation in Development-Oriented Agricultural Research (CiRAD) in France, recently addressed a seminar in the Dominican Republic. He displayed a map of the world revealing a narrow band within 180 north and south of the equator. Where cacao grows. In the four centuries since the Spanish first happened upon cacao, it has been planted all around this hot humid tropical belt – from South America and the Caribbean to West Africa, East Asia, and New Guinea and Vanuatu in the Pacific.

7. 
   Today 70% of all chocolate beans come from West Africa and Central Africa. In many parts, growers practice so-called pioneer Farming. They strip patches of forest of all but the tallest canopy trees and then they put in cacao, using temporary plantings of banana to shade the cacao while it’s young. With luck, groves like this may produce annual yields of 50 to 60 pods per tree for 25 to 30 years. But eventually, pests, pathogens and soil exhaustion take their toll and yields diminish. Then the growers move on and clear a new forest patch – unless farmers of other crops get there first. ‘You cannot keep cutting the tropical forest, because the forest itself is endangered: said Petithuguenin. ‘World demand for chocolate increases by 3% a year on average. With a lack of land for new plantings in tropical forests, how do you meet that?’
   
8. 
   

G. Many farmers have a more imminent worry: outrunning disease. Cacao, especially when grown in plantations, is at the mercy of many afflictions, mostly rotting diseases caused by various species of fungi which cover the pods in fungus or kill the trees. These fungi and other diseases spoil more than a quarter of the world’s yearly harvest and can devastate entire cacao-growing regions.

9. 
   One such disease, witches broom, devastated the cacao plantations in the Bahia region of Brazil. Brazil was the third largest producer of cacao beans but in the 1980s the yields fell by 75%. According to Petithuguenin, ‘if a truly devastating disease like witches broom reached West Africa (the world’s largest producer), it could be catastrophic.’ If another producer had the misfortune to falter now, the ripples would be felt the world over. In the United States, for example, imported cacao is the linchpin of an $8.6 billion domestic chocolate industry that in turn supports the nation’s dairy and nut industries; 20% of all dairy products in the US go into confectionery.
   
10. 
    

Today research is being carried out to try to address this problem by establishing disease-resistant plants. However. Even the best plants are useless if there isn’t anywhere to grow them. Typically, farmers who grow cacao get a pittance for their beans compared with the profits reaped by the rest of the chocolate business. Most are at the mercy of local middlemen who buy the beans then sell them for a much higher price to the chocolate manufacturers. If the situation is to improve for farmers, these people need to be removed from the process. But the economics of cacao is rapidly changing because of the diminishing supply of beans. Some companies have realized that they need to work more closely with the farmers to ensure that sustainable farming practices are used. They need to replant areas and create a buffer for the forest, to have ground cover, shrubs and small trees as well as the canopy trees. Then the ‘soil will be more robust and more productive. They also need to empower the farmers by guaranteeing them a higher price for their beans so that they will be encouraged to grow cacao and can maintain their way of life.

Questions 1-3

Choose the correct letter, A, B, C or D.
Write your answers on your answer sheet from 1-3

1. 
   The flowers of the cacao plant appear
   
   1. 
      At the end of its top branches.
      
   2. 
      Along all of its branches.
      
   3. 
      Mainly on its trunk.
      
   4. 
      Close to its leaves.
      

2. 
   In Africa, banana trees are planted with the cacao plants in order to
   
   1. 
      Replace the largest trees.
      
   2. 
      Protect the new plants.
      
   3. 
      Provide an extra crop.
      
   4. 
      Help improve soil quality.
      

3. 
   In paragraph H, what is the writer referring to when he says ‘the ripples would be felt the world over’?
   
   1. 
      The impact a collapse in chocolate production could have on other industries
      
   2. 
      The possibility of disease spreading to other crops
      
   3. 
      The effects of the economy on world chocolate growers
      
   4. 
      The link between Brazilian growers and African growers
      

Questions 4-9

The Reading Passage has nine paragraphs labelled A-I. 
Which paragraph contains the following. Information?

Write the correct letter A-I in your answer sheet from 4-9.

4. a list of the cacao growing areas
5. an example of how disease has affected one cacao growing region
6. details of an ancient chocolate drink
7. a brief summary of how the chocolate industry has changed in modern times
8. the typical lifespan and crop size of a cacao plantation
9. a reference to the scientific identification of the cacao plant

Questions 10-13

Complete the notes below.
Write NO MORE THAN TWO WORDS from the passage for each answer.

Write your answers on your answer sheet from 10-13.

Ways of dealing with the plant’s problems

· Need to find plants which are not affected by 10 __________.

· Chocolate producers need to work directly with farmers instead of 11 __________.
· Need to encourage farmers to use 12 __________. Methods to grow cacao plants
· Make sure farmers receive some of the 13 __________. Made by the chocolate industry

Gondwanaland

1. 
   Meet Mesosaurus, a small reptile which lived in fresh-water lakes and streams millions of years ago during the Lower Permain age. Mesosaurus has had a big impact on how we view our planet, because he helped to prove the existence of the super-continent called Gondwanaland.
   
2. 
   

3. 
   Every schoolchild has probably looked at a map of the earth and noticed how Africa and South America fit together like pieces of a giant jigsaw, yet until just over a hundred and fifty years ago, no-one believed that this was more than an odd coincidence. It seemed impossible that the massive continents of the earth could ever be moved, let alone so far apart that they ended up half a planet from each other.
   
4. 
   

C. Nevertheless, in 1912 Alfred Wegener, a German meteorologist came up with the theory that the continents of the earth had all existed in a single mass, which he called Pangaea (which is Greek for ‘all the world’’) Later researchers decided that Pangaea had been two continents, one to the north of the other, which had existed about 250 million years ago. From the geological evidence found in the Gondwana area of India, an Austrian geologist, Eduard Suess coined the name ‘Gondwanaland’ for the southern supercontinent, of which India was once a part. (The northern continent was called Lurasia.)

5. 
   For many years super-continents were regarded as an interesting theory, but no-one knew how it might work in reality. Then the discovery of the mechanisms of plate tectonics showed how continents might drift across the face of the globe. Once it was accepted that the continents were floating on currents of lava, more evidence became apparent. A particular type of an early plant, the seed fern, was found on continents now scattered about the southern hemisphere of the world, as were tillates, a deposit left by glaciers in the Permo-Carboniferous era of 520 million years ago. And Mesosaurus, the little fresh-water reptile, left his remains in West Africa and Brazil. Since Mesosaurus had no way of crossing the Atlantic, researchers realized that it could not be coincidence that this reptile had left remains in exactly the place where Africa and South America fit together so neatly.
   
6. 
   

1. 
   By investigating similarities in animal fossils, different types of plants found in the southern hemisphere but not in the northern hemisphere, and patterns of rock formations, researchers have managed to put the continents of modern-day earth together like a huge jigsaw to make up the vanished super-continent. Sometimes rock formations can be seen to break off at the ocean’s edge, to carry on once more thousands of miles away on another continent. The evidence shows that not only were Africa and South America once joined to Antartica, but so were India and Australia, parts of south Western Europe, and Florida.
   
2. 
   
3. 
   Although Gondwanaland was located in the far southern hemisphere of the planet, where Antarctica remains today, the climate was much warmer, and we know that huge forests grew there. These forests, fossilized into coal, supply many Indians with energy today. The land animals were adapted to life on their cool continent, with its long dark winter days. Some of the best-known dinosaurs, such as Stegosaurus, Triceratops, and Tyrannosaurus lived on the northern continents, but Gondwanaland also had some fearsome predators such as Abelisaurus, a large meat-eater that lived during the cretaceous period. The seas were populated with fish called placoderms, a name which they get from their skin, which was so thick that they were practically armoured.
   
4. 
   

7. 
   The break-up of Gondwanaland had huge consequences for planet earth as we know it now. In geological terms, India has been a sprinter. Breaking from Gondwanaland the sub-continent drifted rapidly northward from the south pole, finally smashing into Asia about 45 million years ago in a collision that raised the Himalayas.
   
8. 
   
9. 
   When South America split off about 30 million years ago the effect was even more dramatic. Cold Antarctic water no longer mixed with warmer seas when pushed northward by the South American landmass. Instead, it circled the pole getting colder and colder, until Antartica lost its vegetation and animal life, and became the barren icy wilderness it is today.
   
10. 
    

Questions 1-8
The reading passage 121 has eight paragraphs.
There are 8 paragraph Headings bellow and on your answer sheet write the appropriate paragraph numbers (A-H) from questions 1-8.

1. 
   Finding the evidence
   
2. 
   2 The living continent
   
3. 
   Small but significant
   
4. 
   4 Making modern Antartica
   
5. 
   Putting it all together
   
6. 
   6 Joining another continent
   
7. 
   An impossible idea
   
8. 
   8 What’s in a name?
   

Questions 9-13

Choose from the phrases below to complete sentences which best summarize the points made by the writer. 
Write the name of the phrases (A -J) that completes the point mentioned from 9-13.

NB. There are more phrases than you need.

9. 
   For many years the existence of Gondwanaland
   
10. 
    10 The discovery of plate tectonics
    
11. 
    Evidence for Gondwanaland
    
12. 
    12 In the past Gondwanaland
    
13. 
    The break-up of Gondwanaland
    
14. 
    

A. was dominated by the theories of European scientists
B. had a large population of plants and animals
C. demonstrated that continents can indeed drift apart
D. partly explains why earthquakes and volcanoes happen
E. was because Mesosaurus existed on two modern continents
F. has been found in geological formations and fossils
G. smashed into the Asian landmass 45 million years ago
H. was nothing but speculation
I. had huge effects on the climate of the Earth
J. was believed to be a legendary lost continent

Gondwanaland

A. Meet Mesosaurus, a small reptile which lived in fresh-water lakes and streams millions of years ago during the Lower Permain age. Mesosaurus has had a big impact on how we view our planet, because he helped to prove the existence of the super-continent called Gondwanaland.
B. Every schoolchild has probably looked at a map of the earth and noticed how Africa and South America fit together like pieces of a giant jigsaw, yet until just over a hundred and fifty years ago, no-one believed that this was more than an odd coincidence. It seemed impossible that the massive continents of the earth could ever be moved, let alone so far apart that they ended up half a planet from each other.

C. Nevertheless, in 1912 Alfred Wegener, a German meteorologist came up with the theory that the continents of the earth had all existed in a single mass, which he called Pangaea (which is Greek for 'all the world'') Later researchers decided that Pangaea had been two continents, one to the north of the other, which had existed about 250 million years ago. From the geological evidence found in the Gondwana area of India, an Austrian geologist, Eduard Suess coined the name 'Gondwanaland' for the southern supercontinent, of which India was once a part. (The northern continent was called Lurasia.)

D. For many years super-continents were regarded as an interesting theory, but no-one knew how it might work in reality. Then the discovery of the mechanisms of plate tectonics showed how continents might drift across the face of the globe. Once it was accepted that the continents were floating on currents of lava, more evidence became apparent. A particular type of an early plant, the seed fern, was found on continents now scattered about the southern hemisphere of the world, as were tillates, a deposit left by glaciers in the Permo-Carboniferous era of 520 million years ago. And Mesosaurus, the little fresh-water reptile, left his remains in West Africa and Brazil. Since Mesosaurus had no way of crossing the Atlantic, researchers realized that it could not be coincidence that this reptile had left remains in exactly the place where Africa and South America fit together so neatly.
E. By investigating similarities in animal fossils, different types of plants found in the southern hemisphere but not in the northern hemisphere, and patterns of rock formations, researchers have managed to put the continents of modern-day earth together like a huge jigsaw to make up the vanished super-continent. Sometimes rock formations can be seen to break off at the ocean's edge, to carry on once more thousands of miles away on another continent. The evidence shows that not only were Africa and South America once joined to Antartica, but so were India and Australia, parts of south Western Europe, and Florida.

F. Although Gondwanaland was located in the far southern hemisphere of the planet, where Antarctica remains today, the climate was much warmer, and we know that huge forests grew there. These forests, fossilized into coal, supply many Indians with energy today. The land animals were adapted to life on their cool continent, with its long dark winter days. Some of the best-known dinosaurs, such as Stegosaurus, Triceratops, and Tyrannosaurus lived on the northern continents, but Gondwanaland also had some fearsome predators such as Abelisaurus, a large meat-eater that lived during the cretaceous period. The seas were populated with fish called placoderms, a name which they get from their skin, which was so thick that they were practically armoured.

G. The break-up of Gondwanaland had huge consequences for planet earth as we know it now. In geological terms, India has been a sprinter. Breaking from Gondwanaland the sub-continent drifted rapidly northward from the south pole, finally smashing into Asia about 45 million years ago in a collision that raised the Himalayas.

H. When South America split off about 30 million years ago the effect was even more dramatic. Cold Antarctic water no longer mixed with warmer seas when pushed northward by the South American landmass. Instead, it circled the pole getting colder and colder, until Antartica lost its vegetation and animal life, and became the barren icy wilderness it is today.